MS912 & MS912M (Bluetooth)

1D CCD Wireless - High quality pocket scanner

Since the upswing of the smartphones and mobile devices, portable scanning needs are constantly subject to adjustments within the enterprise market like retail, healthcare, industrial and office automation.

The MS912 series is Unitech’s newest pocket size CCD scan solution to offer the mobile enterprise the best matching device for 1D scanning needs.

Small, portable and flexible
The MS912 series enables an enterprise to easily implement 1D scanning where traditional scanners are limited, such as size, mobility and even price. There is no need to impractically move your mobile device or tablet for scanning 1D barcodes. Just enlarge your working area with the Unitech MS912 and turn this scanner into your enterprise companion.

With its dimension of only 72mm length, 30mm width and 20mm thickness, you can carry the MS912 anywhere you need to go. Like a single pack of gum this device fits your pocket. With a weight of only 30.2 grams, you can even carry the MS912 on your neck or wrist. The MS912 is one of the smallest and lightest pocket scanners in its class, the ideal solution for applications where all-day (mobile) scanning is required.

Reliable and wireless technology
The MS912 series provides outstanding performance on reading up to 240 scans per second and are compatible with most wireless devices, making it easy to pair with an Android or Apple smartphone and tablet. With the simplicity of its single-button scanning design, the MS912 makes barcode data collection simple and reliable for all users. This pocket size high performance CCD scanner captures 1D barcode data up to 5 mil resolution and easily reads 5000 barcodes without the need to recharge. The MS912 offers great flexibility within a range of 10 meters.

MS912M (memory version)
The MS912M (memory version) provides additional support to store data in a buffer mode when your device goes out of range. Equipped with 2MB of memory, equivalent to 20.000 scans, the MS912M allows users to complete their task without interruption and without losing any data. With a simple setting you can upload the data to the back-end system once your device gets back into range.